September 10, 2025Recent Patents on Mechanical Engineering

Multi-modal Cooperative Posture Control of Wheel-legged Hybrid Robots

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The proposed control strategy significantly enhances adaptability and stability in challenging terrains, improving overall performance.
Simulation experiments show that posture control and wheel-ground contact forces are effectively maintained through integrated algorithms.
A developed kinematic model, combined with admittance control, aids in stabilizing centroid height and leg states during operation.
The multi-modal cooperative approach overcomes limitations of traditional control methods, proving its effectiveness in complex terrains.

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Implication

Simulation experiments demonstrate improved posture control and stability in wheel-legged robots, highlighting advanced kinematic modeling and force tracking techniques.

Cite This Study

Wei et al. (2025) studied this question.

synapsesocial.com/papers/68c23caeb210217d64789caa https://doi.org/10.2174/0122127976410322250721074325

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Implication

Simulation experiments demonstrate improved posture control and stability in wheel-legged robots, highlighting advanced kinematic modeling and force tracking techniques.

Multi-modal Cooperative Posture Control of Wheel-legged Hybrid Robots

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Cite This Study

Multi-modal Cooperative Posture Control of Wheel-legged Hybrid Robots

Key Points

Discussion

Implication

Cite This Study

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